The UtiliTough Skid Steer Hydraulic Concrete Breaker is a heavy-duty hydraulic attachment engineered specifically for skid steer loaders, compact track loaders, and walk-behind mini loaders equipped with SSQA / Universal Skid Steer Quick Attach systems. Designed for professional contractors and operators who demand reliable impact energy and long service life, this breaker is built to handle concrete slabs, reinforced foundations, asphalt, stone, and other hard materials across a wide range of jobsite conditions. UtiliTough breakers are purpose-built for skid steer hydraulic systems, ensuring proper oil flow, balanced operating pressure, and consistent blow energy without overloading the carrier or accelerating wear on loader components.
Unlike converted excavator breakers, UtiliTough skid steer models are engineered from the ground up to match the hydraulic output and structural limits of skid steers. The lineup includes UT225, UT500, UT650, UT850, and UT1000 models, covering carrier weight ranges from approximately 0.8 tons up to nearly 10 tons, making them suitable for everything from compact machines to high-flow skid steers used in severe-duty applications. Each model is carefully tuned to deliver strong, repeatable impact force while maintaining smooth operation, reduced vibration transfer, and lower noise levels, allowing operators to work longer with less fatigue and less stress on the machine.
At the core of the UtiliTough design is a floating power cell with fully enclosed, bolt-free housing, a configuration that eliminates metal-to-metal contact between internal components and the outer breaker body. This design significantly reduces vibration transmitted to the skid steer’s boom and arms, helping prevent premature carrier fatigue and extending overall machine service life. The enclosed housing also protects internal components from debris, dust, and jobsite contamination, while contributing to quieter operation in residential, municipal, and urban work environments.
The breaker’s advanced internal valve and built-in cylinder system is designed for energy efficiency and long-term durability. A two-step stroke combined with idle blow prevention allows the breaker to automatically adjust its striking behavior based on material resistance, delivering stronger impact when needed while preventing unnecessary dry firing. This system reduces internal stress, minimizes oil loss, and helps maintain consistent performance across varying material hardness, resulting in lower maintenance requirements and improved uptime over the life of the breaker.
